Lithium Ion Batteries-Basics to Advanced Technology Course
Welcome to our Lithium-Ion Batteries Comprehensive Online Video Course – your gateway to mastering the heart of modern energy storage! This meticulously designed course, featuring 7 hours of video content across 56 lectures, is tailored to deepen your understanding of lithium-ion batteries and empower you with the skills needed for a successful career in the energy storage industry.
Course Highlights:
1. In-Depth Content: Immerse yourself in the intricacies of lithium-ion batteries with our comprehensive course. Over 7 hours of video content spread across 56 lectures cover everything from fundamental principles to advanced applications, ensuring a well-rounded learning experience.
2. Expert Instructor: Learn from seasoned industry professionals who bring practical insights and real-world experience to the virtual classroom. Gain knowledge that goes beyond theory, positioning you as a valuable asset in job interviews and professional settings.
3. Supporting Materials: Enhance your learning with downloadable PDF files accompanying many lecture. These resources serve as valuable references, summarizing key concepts and providing additional materials for deeper exploration.
4. Practical Assignments: Apply your theoretical knowledge to real-world scenarios through carefully crafted assignments. Hone your skills and gain hands-on experience to confidently navigate the challenges of the lithium-ion battery industry.
5. Cutting-Edge Curriculum: Stay abreast of the latest advancements in lithium-ion battery technology. Our curriculum reflects current industry trends, emerging technologies, and sustainability practices, ensuring you are well-prepared for the evolving landscape of energy storage.
6. Interactive Learning Environment: Engage with instructor any time you want to advance your knowledge about energy storage technologies.
7. Career Advancement: Whether you’re entering the energy storage field or seeking to upskill within it, our course equips you with the knowledge and expertise required for success. Boost your employability and become a key player in the ever-growing realm of lithium-ion batteries.
8. Lifetime Access: Enjoy lifetime access to the course material, allowing you to revisit lectures and stay updated on industry developments throughout your career. Enroll now and embark on a journey to becoming a skilled professional in the field of lithium-ion batteries. Elevate your career prospects and contribute to the transformative advancements in energy storage!
Join the energy storage revolution
Course Curriculum
1. COURSE INTRODUCTION
-
1.1 Course introduction
05:28
2. INTRODUCTION
-
2.1 History
02:37 -
2.2 Inventors
01:26
3. LITHIUM DEMAND MINING AND EXTRACTION
-
3.1 Lithium Demand and Resources
22:50 -
3.1 Lithium Demand Helping File 1,2
00:00 -
3.2 Lithium Mining
11:59 -
3.2 Lithium Mining Helping File 1,2,3
00:00 -
3.3 Lithium Extraction Processes
21:45 -
3.3 Lithium Extraction Processes Helping File 1,2
00:00
4. INTRODUCTION TO LITHIUM BATTERIES
-
4.1 What are lithium ion batteries
03:10 -
4.2 Why lithium ion batteries
01:28 -
4.3 How lithium ion batteries work
04:24
5. LITHIUM ION BATTERY MANUFACTURING
-
5.1 Lithium ion battery manufacturing in 10 steps
22:02 -
5.1 Helping File 1,2,3
00:00 -
5.2 Usage of 3D printing technology in LIBs
09:32
6. TYPES OF LITHIUM BATTERIES
-
6.1 Primary and Secondary Batteries
00:52 -
6.2 Types of Battery Materials
04:19 -
6.3 Battery Materials Adopted by Electric Vehicle Manufacturers
04:43 -
6.4 Lithium Nickel Manganese Cobalt Oxide
07:12 -
6.5 Lithium Nickel Cobalt Aluminum Oxide
08:28 -
6.6 Lithium Cobalt Oxide
03:56 -
6.7 Lithium Manganese Oxide
05:02 -
6.8 Lithium ion Polymer Battery
04:54 -
6.9 Lithium Sulfur Battery
11:09 -
6.10 Lithium Silicon Battery
04:54
7. TECHNICAL ASPECTS OF BATTERIES
-
7.1 Theoretical Capacity
04:10 -
7.2 Specific Capacity
01:07 -
7.3 Coulumbic Efficiency
01:52 -
7.4 Reduction and Oxidation
00:37 -
7.5 Charging and Discharging
06:22 -
7.6 Electrochemical Impedance Spectroscopy (EIS)
03:18 -
7.7 Cyclic Voltammetry (CV)
02:22 -
7.8 Conductivity
01:10
8. MAJOR COMPONENTS OF THE BATTERIES
-
8.1 Anode and It’s Function
01:33 -
8.2 Cathode and It’s Function
00:57 -
8.3 Electrolyte and It’s Function
02:52 -
8.4 Separator and It’s Function
00:49 -
8.5 Current Collector and It’s Function
01:14
9. ASSEMBLY OF THE BATTERIES
-
9.1 Various battery assemblies for different applications
01:42
10. BASIC TERMINOLOGIES OF THE BATTERIES
-
10.1 Basic terminologies
06:00
11. SAFETY IMPROVEMENTS OF THE BATTERIES
-
11.1 Why Do Batteries Catch Fire
01:20 -
11.2 Dendrites Formation
03:01 -
11.3 Safety Improvements
00:57
12. PERFORMANCE IMPROVEMENTS OF THE BATTERIES
-
12.1 Factors Affecting the Performance
01:41 -
12.2 Future Air Batteries
01:36 -
12.3 Solid Electrolyte Interphase in Lithium Silicon Batteries
03:14
13. BATTERY DESIGNING
-
13.1 Battery Designing Parameters in 10 Steps
10:44 -
13.2 Battery Designing Software Comparison
09:24 -
13.3 How Software Used to Design Batteries
07:37
14. APPLICATIONS OF LITHIUM ION BATTERIES
-
14.1 Emerging Applications of Lithium Ion Battery Technology
09:43
15. LITHIUM ION FLOW BATTERIES – GRID STATION ENRGY STORAGE BATTERIRES
-
15.1 Lithium ion flow batteries-Energy storage batteries
08:16
16. SUPERCAPACITORS vs BATTERIES
-
16.1 Supercapacitors vs Batteries
10:18 -
16.1 Helping File 1,2,3,4
00:00
17. INNOVATIVE BATTERY TYPES
-
17.1 Solid State Batteries
16:47 -
17.2 Tiny Swallowable Bio Battery
20:32 -
17.3 Future of Battery Chemistries
10:51
18. BATTERY RECYCLING PROCESSES WITH INNOVATIVE ADVANCEMENTS
-
18.1 Battery Recycling Processes with Innovative Advancements
41:17 -
18.1 Helping File 1,2,3,4
00:00
19. FUTURE OF LITHIUM ION BATTERIES
-
19.1 Future of the Lithium Ion Batteries
02:41 -
19.2 Lithium Air Batteries
11:44 -
19.3 Recent Advancements and Research Trends in LIBs
16:12
20. DISADVANTAGES OF LITHIUM ION BATTERIES AND THEIR SOLUTIONS
-
20.1 Disadvantages of LIBs and their solutions
10:40
21. ENVIRONMENTAL IMPACTS OF WASTE LITHIUM ION BATTERIES
-
21.1 Environmental Impacts of Waste Lithium Ion Batteries
11:24
22. ASSIGNMENT ON BATTERIES
-
ASSIGNMENT ON BATTERIES
-
LevelAll Levels
-
Duration7 hours
-
Enrollment validityEnrollment validity: Lifetime
-
CertificateCertificate of completion
What I will learn?
- Complete overview about lithium ion batteries
- Know the history of batteries
- How lithium ion batteries work
- Major parts of the batteries
- Details about lithium ion batteries
- Chemistry of lithium ion batteries
- Different type of electric vehicle batteries
- Technical aspects
- Reasons of batteries getting fired and their solutions
- Assembly of lithium ion battery
- Applications of lithium ion batteries
- Types of batteries used in electronics and electric vehicles
- Battery materials used in high performance electric vehicles
- The evolution of the batteries
- Future of lithium ion batteries and electric vehicles
- Pros and cons
Target Audience
- People who are keen to grow up their profession in the field of lithium ion batteries
- Researcher, scientists and engineers that want to know essentials about the batteries
- Students that are curious about how their phones, devices and electric vehicles are being powered
- People with a general background in science or engineering
- Everybody with a desire to study
- Students who are willing to learn about the details of lithium ion batteries
Lithium Ion Batteries-Basics to Advanced Technology Course
Welcome to our Lithium-Ion Batteries Comprehensive Online Video Course – your gateway to mastering the heart of modern energy storage! This meticulously designed course, featuring 7 hours of video content across 56 lectures, is tailored to deepen your understanding of lithium-ion batteries and empower you with the skills needed for a successful career in the energy storage industry.
Course Highlights:
1. In-Depth Content: Immerse yourself in the intricacies of lithium-ion batteries with our comprehensive course. Over 7 hours of video content spread across 56 lectures cover everything from fundamental principles to advanced applications, ensuring a well-rounded learning experience.
2. Expert Instructor: Learn from seasoned industry professionals who bring practical insights and real-world experience to the virtual classroom. Gain knowledge that goes beyond theory, positioning you as a valuable asset in job interviews and professional settings.
3. Supporting Materials: Enhance your learning with downloadable PDF files accompanying many lecture. These resources serve as valuable references, summarizing key concepts and providing additional materials for deeper exploration.
4. Practical Assignments: Apply your theoretical knowledge to real-world scenarios through carefully crafted assignments. Hone your skills and gain hands-on experience to confidently navigate the challenges of the lithium-ion battery industry.
5. Cutting-Edge Curriculum: Stay abreast of the latest advancements in lithium-ion battery technology. Our curriculum reflects current industry trends, emerging technologies, and sustainability practices, ensuring you are well-prepared for the evolving landscape of energy storage.
6. Interactive Learning Environment: Engage with instructor any time you want to advance your knowledge about energy storage technologies.
7. Career Advancement: Whether you’re entering the energy storage field or seeking to upskill within it, our course equips you with the knowledge and expertise required for success. Boost your employability and become a key player in the ever-growing realm of lithium-ion batteries.
8. Lifetime Access: Enjoy lifetime access to the course material, allowing you to revisit lectures and stay updated on industry developments throughout your career. Enroll now and embark on a journey to becoming a skilled professional in the field of lithium-ion batteries. Elevate your career prospects and contribute to the transformative advancements in energy storage!
Join the energy storage revolution
-
LevelAll Levels
-
Duration7 hours
-
Enrollment validityEnrollment validity: Lifetime
-
CertificateCertificate of completion
-
Curriculum
-
Benefits
-
Target Audience
1. COURSE INTRODUCTION
-
1.1 Course introduction
05:28
2. INTRODUCTION
-
2.1 History
02:37 -
2.2 Inventors
01:26
3. LITHIUM DEMAND MINING AND EXTRACTION
-
3.1 Lithium Demand and Resources
22:50 -
3.1 Lithium Demand Helping File 1,2
00:00 -
3.2 Lithium Mining
11:59 -
3.2 Lithium Mining Helping File 1,2,3
00:00 -
3.3 Lithium Extraction Processes
21:45 -
3.3 Lithium Extraction Processes Helping File 1,2
00:00
4. INTRODUCTION TO LITHIUM BATTERIES
-
4.1 What are lithium ion batteries
03:10 -
4.2 Why lithium ion batteries
01:28 -
4.3 How lithium ion batteries work
04:24
5. LITHIUM ION BATTERY MANUFACTURING
-
5.1 Lithium ion battery manufacturing in 10 steps
22:02 -
5.1 Helping File 1,2,3
00:00 -
5.2 Usage of 3D printing technology in LIBs
09:32
6. TYPES OF LITHIUM BATTERIES
-
6.1 Primary and Secondary Batteries
00:52 -
6.2 Types of Battery Materials
04:19 -
6.3 Battery Materials Adopted by Electric Vehicle Manufacturers
04:43 -
6.4 Lithium Nickel Manganese Cobalt Oxide
07:12 -
6.5 Lithium Nickel Cobalt Aluminum Oxide
08:28 -
6.6 Lithium Cobalt Oxide
03:56 -
6.7 Lithium Manganese Oxide
05:02 -
6.8 Lithium ion Polymer Battery
04:54 -
6.9 Lithium Sulfur Battery
11:09 -
6.10 Lithium Silicon Battery
04:54
7. TECHNICAL ASPECTS OF BATTERIES
-
7.1 Theoretical Capacity
04:10 -
7.2 Specific Capacity
01:07 -
7.3 Coulumbic Efficiency
01:52 -
7.4 Reduction and Oxidation
00:37 -
7.5 Charging and Discharging
06:22 -
7.6 Electrochemical Impedance Spectroscopy (EIS)
03:18 -
7.7 Cyclic Voltammetry (CV)
02:22 -
7.8 Conductivity
01:10
8. MAJOR COMPONENTS OF THE BATTERIES
-
8.1 Anode and It’s Function
01:33 -
8.2 Cathode and It’s Function
00:57 -
8.3 Electrolyte and It’s Function
02:52 -
8.4 Separator and It’s Function
00:49 -
8.5 Current Collector and It’s Function
01:14
9. ASSEMBLY OF THE BATTERIES
-
9.1 Various battery assemblies for different applications
01:42
10. BASIC TERMINOLOGIES OF THE BATTERIES
-
10.1 Basic terminologies
06:00
11. SAFETY IMPROVEMENTS OF THE BATTERIES
-
11.1 Why Do Batteries Catch Fire
01:20 -
11.2 Dendrites Formation
03:01 -
11.3 Safety Improvements
00:57
12. PERFORMANCE IMPROVEMENTS OF THE BATTERIES
-
12.1 Factors Affecting the Performance
01:41 -
12.2 Future Air Batteries
01:36 -
12.3 Solid Electrolyte Interphase in Lithium Silicon Batteries
03:14
13. BATTERY DESIGNING
-
13.1 Battery Designing Parameters in 10 Steps
10:44 -
13.2 Battery Designing Software Comparison
09:24 -
13.3 How Software Used to Design Batteries
07:37
14. APPLICATIONS OF LITHIUM ION BATTERIES
-
14.1 Emerging Applications of Lithium Ion Battery Technology
09:43
15. LITHIUM ION FLOW BATTERIES – GRID STATION ENRGY STORAGE BATTERIRES
-
15.1 Lithium ion flow batteries-Energy storage batteries
08:16
16. SUPERCAPACITORS vs BATTERIES
-
16.1 Supercapacitors vs Batteries
10:18 -
16.1 Helping File 1,2,3,4
00:00
17. INNOVATIVE BATTERY TYPES
-
17.1 Solid State Batteries
16:47 -
17.2 Tiny Swallowable Bio Battery
20:32 -
17.3 Future of Battery Chemistries
10:51
18. BATTERY RECYCLING PROCESSES WITH INNOVATIVE ADVANCEMENTS
-
18.1 Battery Recycling Processes with Innovative Advancements
41:17 -
18.1 Helping File 1,2,3,4
00:00
19. FUTURE OF LITHIUM ION BATTERIES
-
19.1 Future of the Lithium Ion Batteries
02:41 -
19.2 Lithium Air Batteries
11:44 -
19.3 Recent Advancements and Research Trends in LIBs
16:12
20. DISADVANTAGES OF LITHIUM ION BATTERIES AND THEIR SOLUTIONS
-
20.1 Disadvantages of LIBs and their solutions
10:40
21. ENVIRONMENTAL IMPACTS OF WASTE LITHIUM ION BATTERIES
-
21.1 Environmental Impacts of Waste Lithium Ion Batteries
11:24
22. ASSIGNMENT ON BATTERIES
-
ASSIGNMENT ON BATTERIES
- Complete overview about lithium ion batteries
- Know the history of batteries
- How lithium ion batteries work
- Major parts of the batteries
- Details about lithium ion batteries
- Chemistry of lithium ion batteries
- Different type of electric vehicle batteries
- Technical aspects
- Reasons of batteries getting fired and their solutions
- Assembly of lithium ion battery
- Applications of lithium ion batteries
- Types of batteries used in electronics and electric vehicles
- Battery materials used in high performance electric vehicles
- The evolution of the batteries
- Future of lithium ion batteries and electric vehicles
- Pros and cons
- People who are keen to grow up their profession in the field of lithium ion batteries
- Researcher, scientists and engineers that want to know essentials about the batteries
- Students that are curious about how their phones, devices and electric vehicles are being powered
- People with a general background in science or engineering
- Everybody with a desire to study
- Students who are willing to learn about the details of lithium ion batteries